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Experiments on the Hall coefficient R_H and heat capactity C reveal anunusual, compensated electronic ground state in the ruthenate Bi_3Ru_3O_11. Atlow temperature T, R_H decreases linearly with magnetic field |H| for fieldslarger than the field scale set by the Zeeman energy. The results suggest thatthe electron and hole populations are tuned by H in opposite directions viacoupling of the spins to the field. As T is decreased below 5 K, the curveC(T)/T vs. T^2 shows an anomalous flattening consistent with a rapidly growingSommerfeld parameter \gamma(T). We discuss shifts of the electron and holechemical potentials by H to interpret the observed behavior of R_H.Comment: 5 pages, 6 figures, reference adde

Field tuning of the electron and hole populations in the ruthenate Bi3Ru3O11

Field tuning of the electron and hole populations in the ruthenate Bi₃Ru₃O₁₁